The 3 Way Heater Control Coolant Valve Motor Actuator 1064225 - 00 - F is a crucial component for Tesla Model X vehicles from 2015 to 2021, playing an important role in the vehicle's thermal management system. The following is a detailed introduction:
- Basic Information12: It is an original - equipment manufacturer (OEM) part. According to relevant e - commerce platforms, its origin is mainland China, and it has a 6 - month warranty. The part number is 1064225 - 00 - F, and its SKU on some platforms is also 1064225 - 00 - F.
- Function5: This actuator is mainly used to control the flow of coolant in Tesla Model X's heating system. It is a three - way valve, which can realize the series and parallel connection of the battery and motor circuits by adjusting the flow direction of the coolant, so as to achieve the functions of waste heat recovery and medium - temperature heat dissipation of the battery. In addition, it can also short - circuit the low - temperature radiator in low - temperature environments, connect the battery and motor circuits in series, and recover the waste heat of the motor to keep the battery warm.
- Material and Structure: Although there is no public information specifically indicating its material, generally, such actuators are made of heat - resistant and corrosion - resistant materials. The shell is usually made of engineering plastics, which can resist the high - temperature and high - humidity environment in the engine compartment, and the internal motor and valve components are made of metal materials with good electrical conductivity and mechanical properties to ensure long - term and stable operation.
- Installation: The installation of this actuator usually requires professional tools and skills. Generally, it is necessary to disconnect the power supply of the vehicle first, and then remove the components blocking the installation position according to the vehicle maintenance manual. After that, remove the old actuator, install the new 1064225 - 00 - F actuator in place, and connect the relevant pipelines and electrical connectors. Finally, conduct a test to ensure that the actuator can work normally.
